1.
A KINETIC STUDY OF THE EXTRACTION OF URANIUM FROM SEA WATER BY TITANIC GEL Ⅱ. DEDUCTION OF THE ADSORPTION MECHANISM
钛胶海水提铀动力学研究Ⅱ——吸附机理的推断
2.
A KINETIC STUDY OF THE EXTRACTION OF URANIUM FROM SEA WATER BY TITANIC GEL I MEASUREMENT OF THE ACTIVATION ENERGY OF ADSORPTION---A METHOD DIRECTLY USED FOR NATURAL SEA WATER.
钛胶海水提铀动力学研究Ⅰ——吸附活化能测定——一种直接用于天然海水的测定方法
3.
It has been proposed that uranium be "mined" from the sea by extracting it from certain algae that can take up uranium from sea water and concentrate it within their cells.
曾经设想，通过某些能从海水中摄取铀并在其细胞内浓缩铀的海藻中抽提铀，从海洋中“开采”铀。
4.
Absorbing uranium from seawater by an amidoxime groups functional polymeric film
含偕胺肟基功能高分子膜吸附海水中铀的研究
5.
Biosorption of uranium from wastewater by ZVI-SRB immobilized in calcium alginate
海藻酸钙固定的ZVI-SRB吸附废水中铀的研究
6.
Preparation of Chelating Electrodes and Study on the Process of Absorption-Desorption of Uranium from Seawater
螯合电极的制备及其对海水中铀的吸脱附过程的研究
7.
Of, relating to, or derived from uranium, especially with valence higher than in comparable uranous compounds.
含铀的铀的，与铀有关的，或从铀中提取出来的，尤指比同类含铀的混合物具有更高价的
8.
enriched uranium aqueous homogeneous reactor
浓缩铀水均匀反应堆
9.
CANDU (Canadian deuterium uranium)
加拿大重水铀反应堆
10.
thorium uranium deuterium zero power reactor
重水零功率钍 铀反应堆
11.
enriched uranium heavy water moderated reactor
浓缩铀重水慢化反应堆
12.
enriched uranium light water moderated reactor
浓缩铀轻水慢化反应堆
13.
enriched uranium swimming pool reactor
浓缩铀水池式反应堆
14.
URANIUM EXTRACTION FROM CARBONATE-TYPE ARGILLACEOUS URANIUM ORE CONTAINING TUNGSTEN AND URANIUM-TUNGSTEN SEPARATION
从碳酸盐型含钨的泥质铀矿石中提取铀及铀钨分离
15.
On Development Potential of Uranium Resources and the Technology Level of of Natural Uranium
论中国铀资源发展潜力及天然铀工艺技术发展水平
16.
Uncertainty assessment on detecting trace uranium in water with MUA model trace uranium analyser
MUA型微量铀分析仪测定水中微量铀的不确定度评定
17.
Ore minerals in the Colorado-type deposits are of uraninite and coffinite, with associated vanadium and copper minerals.
科罗拉多型矿床中的铀矿物为晶质铀矿和水硅铀矿，与之共生的还有钒，铜矿物。
18.
Methods of analyzing microquantity of uranium in water
GB/T6768-1986水中微量铀分析方法